The what, where, and who of the industry for direct air capture — and the federal policies poised to change it.

Plants, engineering, and carbontech all come together in this cross-cutting carbon removal solution, the poster child for negative emissions.

Thanks to chemical reactions, CO₂ plus minerals equals carbon storage. Take a look at this naturally-occurring process and its significant potential for climate mitigation.

Trees do it all: soak up emissions, reduce pollution, boost public health. Their protection and restoration are vital to climate progress and the subject of major policies.

An overview of the land management practices that can deliver major climate, economic, and agricultural wins.

Explore the industry for captured carbon: its main players, brightest projects, and an ever-evolving federal policy landscape.

Stowing CO₂ deep underground is surprisingly common, both in nature and industry. Learn key definitions and considerations for its use with carbon capture and carbon removal.

A quick and easy digest of our Leading with Soil report on the federal policies that can scale agricultural soil carbon storage.

Increasing agricultural soil carbon storage can be a win-win for farmers and ranchers.

Trees can remove and store vast amount of carbon dioxide for decades to hundreds of years.

Direct air capture pulls carbon dioxide out of the atmosphere to be stored permanently underground or turned into products and services.

Captured carbon dioxide can be used to create a variety of products and services.

BECCS is a hybrid carbon removal solution that integrates both nature- and tech-based processes.